首页> 外国专利> TOOTH FORM DESIGN METHOD FOR GEROTOR BY COMBINING TWO ELLIPSES AND GEROTOR PUMP DESIGNED THROUGH SAME DESIGN METHOD

TOOTH FORM DESIGN METHOD FOR GEROTOR BY COMBINING TWO ELLIPSES AND GEROTOR PUMP DESIGNED THROUGH SAME DESIGN METHOD

机译:结合两种椭圆和齿轮泵设计的齿轮齿形设计方法

摘要

The present invention relates to a tooth form design method for a gerotor pump of designing the tooth form of an external rotor and an internal rotor by combining two ellipses and a gerotor pump designed through the same design method. The rotor tooth form for a gerotor designed by the present invention is named as ″SDICHOID III (product name)″, which is the dynamic and innovative tooth form curve, Samhan dynamic innovation choid III, developed by Samhan, the applicant of the present invention. According to a form of the present invention, the tooth form design method for a gerotor pump is a method for designing the tooth form of a gerotor pump for the lobe shape of an external rotor to have a shape where two ellipses are combined and includes: a step (S1) of, if the shape of a lobe (1a) of an external rotor (1) is a single shape of an ellipse, drawing a constitutive equation for the lobe shape of the external rotor; a step (S2) of drawing a shape function for the ellipse 1 by rotating and moving translationally the coordinate axis of the ellipse 1 obtained by the constitutive equation drawn in the step (S1) above and drawing a shape function for an ellipse 2 by moving the ellipse 1 symmetrically to the X-axis; a step (S3) of drawing contact point equations of the internal rotor and the external rotor for the ellipse 1 and 2 in the step (S2) above; and a step (S4) of calculating the shapes of the internal rotor and the external rotor from the contact point equations.;COPYRIGHT KIPO 2016
机译:本发明涉及一种斜齿轮泵的齿形设计方法,其通过组合两个椭圆来设计外转子和内转子的齿形,以及通过相同设计方法设计的斜齿轮泵。本发明设计的摆线转子的转子齿形被命名为″ SDICHOID III(产品名称)&Prime ;,它是动态和创新的齿形曲线,Samhan动态创新胆汁III,由申请人的Samhan开发。本发明。根据本发明的一种形式,用于齿轮转子泵的齿形设计方法是一种用于将齿轮转子的齿形设计为用于外转子的凸角形状以具有两个椭圆结合的形状的方法,该方法包括:步骤(S1),如果外转子(1)的凸角(1a)的形状是椭圆的单一形状,则绘制外转子的凸角形状的本构方程;步骤(S2),通过旋转和移动由上述步骤(S1)中绘制的本构方程获得的椭圆1的坐标轴,绘制椭圆1的形状函数,并通过移动绘制椭圆2的形状函数椭圆1相对于X轴对称;步骤(S3),画出上述步骤(S2)中的椭圆1、2的内转子和外转子的接触点式。以及根据接触点方程计算内部转子和外部转子的形状的步骤(S4)。COPYRIGHTKIPO 2016

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